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Pooling Strength in Digital and Intelligent Geophysical Exploration, Discussing Green Engineering | Wave Technology Makes Its Debut at the 2026 Academic Annual Conference of the Water Resources and Power Branch of the Chinese Geophysical Society
From September 16 to 19, the 2026 Annual Academic Conference of the Water Resources and Hydropower Branch of the Chinese Geophysical Society was successfully held at the Hampton by Hilton Guiyang Nanming Xingye. With the theme “Digital‑Intelligent Geophysical Exploration and Green Energy Engineering,” the conference was organized by the Water Resources and Hydropower Branch of the Chinese Geophysical Society and hosted by Guizhou Provincial Institute of Water Resources and Hydropower Survey and Design Co., Ltd. The event brought together representatives from the water resources and hydropower sectors, research institutions, universities, and the geophysical exploration industry, fostering in‑depth exchanges through keynote speeches, academic symposia, and equipment exhibitions. 
Wuhan BoDong Technology Co., Ltd. is a company deeply rooted in the field of ground-penetrating radar technology, integrating research and development, manufacturing, sales, and service. National High-Tech Enterprise, Specialized, Refined, Distinctive and Innovative SME, Innovative SME and Hubei Province’s “New Species” of Science and Technology Innovation Gazelle enterprise , invited to attend this year’s conference, made a striking appearance with its ground-penetrating radar equipment, joining industry experts and scholars in discussing cutting-edge technologies in digital geophysical exploration, as well as the technical implementation and practical solutions for geophysical instruments in green energy engineering applications.
On display this time BD-BRD borehole radar, BD-GPR-U25M, 100-meter deep‑penetration ground‑penetrating radar, BD-GPR handheld 3D ground‑penetrating radar Equipped with independently developed technologies, this system is tailored to the complex karst geology of Southwest China, enabling precise detection of adverse geological features such as karst cavities, seepage pathways, underground pipelines, and embankment hazards. It provides robust support for hydraulic and hydropower surveys, reservoir‑dam seepage investigations, embankment defect inspections, and engineering‑geological assessments, thereby facilitating the practical application of intelligent geophysical exploration technologies in green energy projects.
Karst Cave Exploration
High-resolution imaging can be conducted in karst‑developed areas around reservoirs and dams to map subsurface solution cavities, soil voids, and fractured zones within the rock mass, accurately delineating their size and spatial distribution. This provides critical geophysical data for seepage control measures and engineering geological assessments.
Detailed Detection of Hidden Hazards Within Dams
Accurately detect defects such as internal voids, loosening and delamination, and cracks in embankments and dam bodies, and obtain cross‑sectional profiles of structural integrity, thereby supporting health assessments of hydraulic structures, risk evaluations during the flood season, and the remediation of hidden hazards that could lead to disasters.
Geotechnical Investigation of Adverse Geological Conditions at Hydraulic Engineering Sites
Efficiently detect subsurface adverse geological bodies within the project site, delineate the distribution of shallow‑depth geological anomalies, and provide reliable geophysical data to support site selection and geological risk management for hydropower, wind power, and other green energy projects.
Detection of Defects in Underground Pipelines and Tunnels
Identify defects in hydraulic tunnel linings, map the distribution of underground pipelines and pinpoint damaged areas, and clarify the status of subsurface structures along the alignment, thereby mitigating engineering safety risks during tunnel operation, maintenance, and renovation or expansion works.
Detection of Hidden Hazards in the Foundation of a Pump Station Building
Accurately identify adverse geological features—such as underground voids, cavities, and loose soil—at the pump station site and in its surrounding area, and obtain detailed subsurface structural profiles to support assessments of foundation stability, safety evaluations of structures, and remediation of potential foundation hazards.
By participating in this conference, BoDong Technology fully showcased its technological prowess and product strengths in the field of digital‑intelligent geophysical exploration, further enhancing its brand visibility and industry recognition. The event also established a robust platform for dialogue with leading experts and peers, laying a solid foundation for future technical collaborations and market expansion in the water conservancy and green energy sectors.
Looking ahead, Volat Technology will continue to ramp up R&D investment in core ground-penetrating radar technologies, refine product performance and service quality, and empower water‑conservation and hydropower project surveys, reservoir‑dam hazard assessments, and green‑energy infrastructure development with more advanced detection equipment and smarter geophysical exploration solutions. In alignment with the nation’s strategic initiatives for green, low‑carbon development and technological self‑reliance, the company will drive innovation in digital and intelligent geophysical exploration, contributing its corporate strength to the high‑quality growth of the water‑conservation and power‑generation geophysics sector.
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The equipment delivered this time is the BD‑GPR‑S dual‑frequency ground‑penetrating radar, developed by Wuhan Bofeng Technology Co., Ltd. using its proprietary technology. Our engineers conducted theoretical discussions and hands-on training with the client’s team, and the handover and training processes were completed successfully.
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The equipment delivered this time is the BD‑GPR‑S dual‑frequency ground‑penetrating radar, developed by Wuhan Bofeng Technology Co., Ltd. using its proprietary technology. Our engineers conducted theoretical discussions and hands-on training with the client’s team, and the handover and training processes were completed successfully.
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From September 16 to 19, the 2026 Academic Annual Conference of the Hydroelectric and Water Resources Branch of the Chinese Geophysical Society was held in Guiyang. Wave Technology showcased a range of its independently developed ground-penetrating radar systems, highlighting intelligent geophysical exploration technologies and supporting the high-quality development of green energy and water‑resource and hydropower projects.
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Delivery and Training of the BD-GPR-100 Ground-Penetrating Radar to a Wuhan-based Organization
The equipment delivered this time is the BD‑GPR‑100 single‑frequency ground‑penetrating radar, developed by Wuhan Bofeng Technology Co., Ltd. using its proprietary technology. Our engineers conducted theoretical discussions and hands-on training with the client’s team, and the handover and training processes were completed successfully.
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